Uploaded February 2014 | Updated September 2026, 2 weeks ago
Welcome Kit to Cubing World!
Kit's channel: youtube.com/kippy33
WCA Profile: worldcubeassociation.org/results/p.php?i=2008CLEM01
Check out our website: cubingworld.com
And our Facebook page: facebook.com/CubingWorld
And don't forget to subscribe!
Welcome Kit to Cubing World!
Kit's channel: youtube.com/kippy33
WCA Profile: worldcubeassociation.org/results/p.php?i=2008CLEM01
Check out our website: cubingworld.com
And our Facebook page: facebook.com/CubingWorld
And don't forget to subscribe!
![[Kit Clement] How to Make a Good Clock](https://i.ytimg.com/vi/s-9XAokVhBQ/mqdefault.jpg "[Kit Clement] How to Make a Good Clock
Kit goes through the process of making a Rubiks Clock amazing.
Kits channel: http://www.youtube.com/kippy33
Check out our website: http://www.cubingworld.com/
And our Facebook page: https://www.facebook.com/CubingWorld
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![[Antoine Cantin] One-Handed Last Layer Methods](https://i.ytimg.com/vi/tvBpxVX9y58/mqdefault.jpg "[Antoine Cantin] One-Handed Last Layer Methods
Antoine discusses the different 3x3 last layer methods and how viable they are for one-handed solving.
Group A:
OLL/PLL: 57+21 = 78 algs
Orient the last layer, then permute the peices.
- Standard
- Decent algs
- Highly documented
https://sites.google.com/site/antoineccantin/oh/pll
CPEOLL/2GLL: 15 + 84 = 99 algs
Permute the corners and orient the edges, then orient the corners and permute the edges.
- Few CPEOLL algs, which are almost all good
- Not all that great recognition
- Quite finger-tricky
https://sites.google.com/site/antoineccantin/oh/cpeoll
OLLCP + EPLL: 336 + 4 = 340 algs
Orient and permute the corners and orient the edges, then permute edges.
- Ton of algs
- Many are meh for OH
- EPLL is super fast
Group B:
WV/PLL: 27 + 21 = 48 algs
Edges must be oriented: Insert the last slot while orienting corners, then permute the last layer.
- Not many algs
- Algs are pretty good
COLL/EPLL: 42 + 4 = 46 algs
Edges must be oriented: Orient and permute the corners, then permute the edges.
- Not all that many algs
- Quite documented
- Decent algs, and EPLL is awesome
https://sites.google.com/site/antoineccantin/oh/coll
ZBLL: 472 algs
Edges must be oriented: Orient and permute corners and permute edges.
- Ton of algs
- Relatively common
- Ton of algs
2GLL: 84 algs (60 without sunes)
Edges must be oriented and corners must be permuted: Solve corner orientation and permute edges.
- Many algs are really easy (combos of sunes)
- All R and U
- Quite finger-tricky
https://sites.google.com/site/antoineccantin/2gll
It is recommended to skim over every method, find the best parts and learn them.
Antoines channel: http://www.youtube.com/channel/UCvjPb0Ua02QcEM2vQQJPrcQ
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![[Collin Burns] F2L Algorithms Everyone Should Know](https://i.ytimg.com/vi/tytlm-cFZwA/mqdefault.jpg "[Collin Burns] F2L Algorithms Everyone Should Know
Collin teaches some useful F2L algs. This video was suggested by SweetSolving for the Cubing World Season 5 Contest.
Collins Channel:
http://www.youtube.com/collinbxyz
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![[Kevin Costello III] 3x3 Example Solves (Orange/Red Cross)](https://i.ytimg.com/vi/u9q8w87MxPA/mqdefault.jpg "[Kevin Costello III] 3x3 Example Solves (Orange/Red Cross)
In this video Kevin does some example solves on the 3x3 using CFOP.
1. D U B U D2 R F U R D B U2 D2 F D R2 B2 L D U B D2 F R2 L
2. R B2 F2 R L D L F L U D F R F D L F U B D L F D B2 L
3. F2 R F2 D U2 L2 R U R F2 B2 D2 R B2 R2 D R D R D R D2 L D2 F2
4. F D F U2 L R F L B R2 D U L B2 U B U L B L D L2 F2 D B2
5. U2 D F B U R2 D L F L F R F2 R B U D B R D L R F2 L2 R
6. B2 F2 D2 L D2 R F D R2 D2 B D L2 D F R F U B R2 D L F L D
7. D F R2 D2 B2 D B U B L R B2 F D2 U B2 D2 R F B D B2 U B L
Kevins channel: http://www.youtube.com/user/goggleboy06
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![[a small kitten] CFOP sub 20 Average Demonstration](https://i.ytimg.com/vi/vdaBc15DotQ/mqdefault.jpg "[a small kitten] CFOP sub 20 Average Demonstration
Sub 20 average demonstration with plain CFOP (f2l, 2-look OLL and full PLL). I did not use COLL, edge control or any other fancy ideas/algs.
17.63, 17.56, 15.94, (15.17), 17.45, 16.89, 15.93, 17.10, (17.98), 17.22, 15.90, 17.97 = 16.96")
![[Q&A Saturday] Kevin Costello III](https://i.ytimg.com/vi/vkdyCt0FwbA/mqdefault.jpg "[Q&A Saturday] Kevin Costello III
Kevin answers your questions!
Next weeks Q&A will be done by NoahCubes (http://www.youtube.com/NoahCubes). Leave your questions in the comment section below, or at:
Our Facebook page: https://www.facebook.com/CubingWorld
or
Our Blog: http://www.cubingworld.com/1/post/2013/11/qa-saturday-kevin-costello-iii.html
http://www.youtube.com/goggleboy06
Check out our website: http://www.cubingworld.com/
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![[Oliver Frost] 12 Algorithm Blindfolded Method](https://i.ytimg.com/vi/w78jmrQaJ2g/mqdefault.jpg "[Oliver Frost] 12 Algorithm Blindfolded Method
This CAN be used as a style of solving in itself with the examples given, BUT the tutorial focuses on showing you how to find the algorithms yourself as you might have different alg preferences/buffers etc.
Edge cases: (1:55)
1. [M, U2]
2. Uw2 M Uw2 M
3. [U R U, M2]
4. [U L U, M2]
5. [z: [U R U, M]]
6. [z: [U L U, M]]
7. [x: [U R U, M]]
8. [x: [U L U, M]]
9. [U R U, M]
10. [U L U, M]
11. [x: [U R U, M]]
12. [x: [U L U, M]]
Corner cases (8:45)
1. [R2, D L2 D]
2. A-perm
3. [x: [R U R, D2]]
4. [R2 D R2 D R2, U2]
5. z U2 R2 U2 R D2 R U2 R D2 R U2 z
6. [U, R D2 R]
7. [U, R D R]
8. [x z: [D, R U R]]
9. [z: [U L U, R2]]
10. [y: [R D2 R, U2]]
11. [y: [R U R2 U R, F2]]
12. U R (F2) R U R U (F2) U R
Aron Puddy-Matthews edge alg list: http://aronpm.cubing.net/algs/df.txt
Riffz edges and corner algs:
http://www.speedsolving.com/forum/showthread.php?25960-My-3x3-BLD-Edge-Cycles-(DF-Buffer)
http://www.speedsolving.com/forum/showthread.php?23965-My-3x3-Corner-Cycles-(Please-Contribute!)
Ollies Channel: http://www.youtube.com/user/OliverFrostBLD
Check out our website: http://www.cubingworld.com/
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And dont forget to subscribe!")
![[Chris Olson] CLL Tutorial - Sune/Antisune Algorithms and Recognition](https://i.ytimg.com/vi/wCrsXWtVTQA/mqdefault.jpg "[Chris Olson] CLL Tutorial - Sune/Antisune Algorithms and Recognition
CLL is a set of 42 algorithms for 2x2 that solves the cube once a layer has been formed on the bottom. This video teaches recognition and execution for the Sune and Antisune CLL cases. Enjoy!
Sune/Antisune: http://www.youtube.com/watch?v=wCrsXWtVTQA
T set: http://www.youtube.com/watch?v=zMc-bcNlSjQ
L set: http://www.youtube.com/watch?v=dftg4kCjqCA
U set: http://www.youtube.com/watch?v=nIvTMlQ2rG4
Pi set: http://www.youtube.com/watch?v=72A 18A
H set: http://www.youtube.com/watch?v=clWI-WSObBI
Chriss channel: http://www.youtube.com/cyotheking
A website with all of Chriss 2x2 algorithms: http://cyotheking.weebly.com/
Dont forget to subscribe!")
